Search
Today there are over 50,000 active coal plants in the world, and by 2030 fossil fuels will still account for 85% of the global energy market. Fossil fuel-based power plants are no more than 50% efficient; half the power is delivered as a service to consumers and the other half is released into the Read More...
Novel molecular structures are a first step toward economical carbon capture at a wide scale. A viable technology for economical carbon capture would be a huge step in reducing greenhouse gas emissions. The intricate, highly porous structure of covalent organic frameworks makes them uniquely suited Read More...
Fourth-generation rancher Loren Poncia calls himself a soil geek, and California wants to pay him for it. “If the soil is healthier, everything is better: the grass, the cows and the pocketbook,” said the rancher, gesturing toward the yellow perennial grasses streaked with green that cover Read More...
The British government said Monday it was ready to sign off on a North Sea carbon capture and storage program for a Scottish power station. Royal Dutch Shell is proposing, with strategic assistance from British energy company SEE, to capture the carbon dioxide emitted from an Aberdeen power station Read More...
Paul and Elizabeth Kaiser are not your typical farmers. They turned their plot of land into an unusual field experiment, leading to much higher yields and much higher earnings. What are their secrets? One afternoon in March, on Singing Frogs Farm, a small vegetable operation that Paul and Read More...
A novel porous material that achieves carbon dioxide (CO2) capture-and-release with only small shifts in temperature has been developed by a team of researchers at the Center for Gas Separations Relevant to Clean Energy Technologies, led by the University of California, Berkeley Read More...
Making diesel out of thin air sounds like something from science fiction. But small companies in Germany and Canada are doing precisely this - capturing carbon dioxide (CO2) and finding ways to sell it. German company Sunfire produced its first batches of so-called e-diesel in April. Federal Read More...
Using a novel catalyst, a single chemical assembly (UiO-66-P-BF2) could capture CO2 and also transform it and hydrogen into formic acid (HCOOH) via a two-step (yellow arrows) reaction (credit: Ye and Johnson/ACS Catalysis) University of Pittsburgh researchers have invented (in computations) a Read More...
Think of it as a giant, high-tech, carbon-dioxide-sucking Lego wall. …They’re a thing. We love them. We also know they’re hard to come by on the Internet. That’s why we have a team of fact-checkers double-checking everything we post, with standards that meet or exceed anyone else on the Read More...
Carbon capture is an idea that’s been around for a while, but it’s always seemed like a bit of an afterthought, a way to slightly slow the pace at which we’re pumping carbon dioxide into the atmosphere. But what if we could do at a scale that would suck all the carbon we’ve emitted since Read More...